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Electricity
Equipotential surface of regulare arrangements of charged particles
Simulation: e-3-cube-pot.txt
The simulation shows an arrangement of fixed charged particles together with the equipotential surfaces for P=0 in 3 dimensions. This arrangement forms the basic cell of a simple ionic lattice.
It could make clear in what way the area around such a unit cell is electrostatically prestructured to promote an orderly crystal growth.
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Simulation: e-3-cube-pot.txt
The simulation shows an arrangement of fixed charged particles together with the equipotential surfaces for P=0 in 3 dimensions. This arrangement forms the basic cell of a simple ionic lattice.
It could make clear in what way the area around such a unit cell is electrostatically prestructured to promote an orderly crystal growth.
back to JavaXYZ (homebage)
The simulation shows an arrangement of fixed charged particles together with the equipotential surfaces for P=0 in 3 dimensions. This arrangement forms the basic cell of a simple ionic lattice. It could make clear in what way the area around such a unit cell is electrostatically prestructured to promote an orderly crystal growth.
back to JavaXYZ (homebage)